中文帮助指南

A testcase toolset repository powered by Cyaron

1. Run pip install -r requirements.txt -i https://pypi.tuna.tsinghua.edu.cn/simple

2. Create a folder to save all the files required to generate the problem testcase. For example, I created a folder generator_Example\

   You need to place two files in this directory: Config.py and std.cpp

   You need to place them like this:

   generator_example\
     |- Config.py
     |- std.cpp
   

   And copy the contents of Config_template.py and std_template.cpp to Config.py and std.cpp.

   Or you can use the command python FastInit.py {pathname} to initialize a problem directory quickly, for example: python FastInit.py fastinit_example

3. Customize Config.py You need to customize the method Gen.generator in Config.py, which should do one of the following two things:

   1. Return the string content entered by the testcase, for example:

    from cyaron import *
    class Gen:
        @staticmethod
        def generator(data_group: int, io: IO) -> str: 
            return '114514' # Output '114514' to {data_group}. in

   2. Write testcase data into io (which is recommended), for example:

   from cyaron import *
   from libs.glib import ToolSet
   
   class Gen:
       @staticmethod
       def generator(data_group: int, io: IO) -> None: 
           a = randint(ToolSet.INT_MIN, ToolSet.INT_MAX)
           b = randint(ToolSet.INT_MIN, ToolSet.INT_MAX)
           io.input_writeln(a, b) 
           # Output a and b to {data_group}.in, within a line and separated by a space

   There are also some adjustable parameters in Config.py, as shown below:

   Basic functions:
   std_name = 'std.cpp'  The name of source codes
   data_set = 20         Number of data groups to generate
   
   Experimental functions(not recommended to adjust):
   no_gen = False        Disable the generation of input files
   genOut = False        Generate the output file in Gen.generator instead of using {std_name}.cpp
   

   Specific IO operations and tool functions and classes that Cyaron provides, please refer to Cyaron Wiki

4. Customize std.cpp In std.cpp, you only need to write a c++ standard program that can solve the problem

   You do not need to redirect stdin or stdout

   It is optional to have no std.cpp in the problem directory. You can set genOut to True in Config.py and write output in Gen.generator, but this is still an experimental function

Usage: python general.py｛folder_name｝

Use Case: python general.py generator_example

The testcase will be automatically generated and compressed into a zip file, and the folder will be as follows:

  generator_example\
    |- Config.py
    |- std.cpp
    |- std.exe
    |- 1.in
    |- 1.out
    |- 2.in
    |- 2.out
    | ....
    |- generator_example.zip

Using the comparator, you can compare the output of two cpp codes with the same data

Usage: python compare.py {Data Generator} {program1} {program2} {(Optional) Number of runs}

Use case 1: python compare.py generator_example compare_example/1.cpp compare_example/2.cpp

This use case is to counterplot the two programs until an error occurs or the answer is inconsistent

Use case 2: python compare.py generator_example compare_example/1.cpp compare_example/2.cpp 100

This use case is to counterplot the two programs until an error occurs or the answer is inconsistent or the running times limit is exceeded (100 times)

Note: The program path here is relative

Using the spj inspector, you can produce input data and batch spj your program

Usage: python spj_checker.py {Data Generator} {spj_program} {tested_program} {(Optional) Number of runs}

Use case 1: python compare.py generator_example spj_example/spj.cpp spj_example/to_test_1.cpp

This use case is to spj a program until an error occurs or the answer is incorrect

Use case 2: python compare.py generator_example spj_example/spj.cpp spj_example/to_test_1.cpp 100

This use case is to spj a program until an error occurs or the answer is incorrect or the running times limit is exceeded (100 times)

About how to write a spj: Click Here

Note: The program path here is relative